Mechanical Engineering Thermodynamics - Lec 33, pt 1 of 3: First Law - Reacting Systems

preview_player
Показать описание

  1. Ron Hugo
  2. Thermodynamics (Field Of Study)
  3. Mechanical Engineering (Professional Field)
Рекомендации по теме
Mechanical Engineering Thermodynamics 0:12:36

Mechanical Engineering Thermodynamics - Lec 1, pt 1 of 5: Introduction

Mechanical Engineering Thermodynamics 0:11:47

Mechanical Engineering Thermodynamics - Lec 6, pt 1 of 4: First Law and Baseball

Mechanical Engineering Thermodynamics 0:07:03

Mechanical Engineering Thermodynamics - Lec 24, pt 1 of 4: Industrial Refrigeration Applications

Mechanical Engineering Thermodynamics 0:10:38

Mechanical Engineering Thermodynamics - Lec 23, pt 1 of 4: Introduction to Refrigeration Cycles

Mechanical Engineering Thermodynamics 0:13:55

Mechanical Engineering Thermodynamics - Lec 12, pt 1 of 4: Exergy - Internal Energy

Mechanical Engineering Thermodynamics 0:06:02

Mechanical Engineering Thermodynamics - Lec 1, pt 2 of 5: Conventional Fireplace

Mechanical Engineering Thermodynamics 0:06:11

Mechanical Engineering Thermodynamics - Lec 7, pt 1 of 3: Reversible Process

Mechanical Engineering Thermodynamics 0:05:57

Mechanical Engineering Thermodynamics - Lec 11, pt 1 of 5: Exergy - Introduction

Mechanical Engineering Thermodynamics 0:10:04

Mechanical Engineering Thermodynamics - Lec 5, pt 1 of 3: First Law - Open System - Unsteady Flow

Mechanical Engineering Thermodynamics 0:14:43

Mechanical Engineering Thermodynamics - Lec 21, pt 1 of 5: Example - Simple Rankine Cycle

Mechanical Engineering Thermodynamics 0:13:48

Mechanical Engineering Thermodynamics - Lec 4, pt 1 of 3: Heat and Work

Mechanical Engineering Thermodynamics 0:09:57

Mechanical Engineering Thermodynamics - Lec 17, pt 1 of 5: Brayton Cycle Introduction

Mechanical Engineering Thermodynamics 0:10:42

Mechanical Engineering Thermodynamics - Lec 34, pt 1 of 4: Adiabatic Flame Temperature

Mechanical Engineering Thermodynamics 0:07:18

Mechanical Engineering Thermodynamics - Lec 22, pt 1 of 3: Rankine with Cogeneration

Mechanical Engineering Thermodynamics 0:10:43

Mechanical Engineering Thermodynamics - Lec 1, pt 5 of 5: System Modeling

Mechanical Engineering Thermodynamics 0:10:20

Mechanical Engineering Thermodynamics - Lec 9, pt 1 of 5: Reversible Steady-Flow Work

Mechanical Engineering Thermodynamics 0:04:06

Mechanical Engineering Thermodynamics - Lec 8, pt 1 of 5: Entropy

Mechanical Engineering Thermodynamics 0:06:40

Mechanical Engineering Thermodynamics - Lec 19, pt 1 of 5: Vapor Power Cycle Introduction

Mechanical Engineering Thermodynamics 0:08:31

Mechanical Engineering Thermodynamics - Lec 33, pt 1 of 3: First Law - Reacting Systems

Mechanical Engineering Thermodynamics 0:07:14

Mechanical Engineering Thermodynamics - Lec 25, pt 1 of 4: Gas Refrigeration Cycles

Mechanical Engineering Thermodynamics 0:10:26

Mechanical Engineering Thermodynamics - Lec 6, pt 3 of 4: Heat Engines

Mechanical Engineering Thermodynamics 0:10:54

Mechanical Engineering Thermodynamics - Lec 19, pt 2 of 5: Ideal Rankine Cycle

Mechanical Engineering Thermodynamics 0:09:12

Mechanical Engineering Thermodynamics - Lec 27, pt 1 of 3: Properties of Gas Mixtures

Mechanical Engineering Thermodynamics 0:07:50

Mechanical Engineering Thermodynamics - Lec 2, pt 1 of 5: Terminology / Equations

Комментарии
Автор

You are getting me through my Applied Thermodynamics Thank you so much Ron Hugo!!!!

nickreichert
Автор

thank you sir from India

shern
Автор

Great video. I have a question. In exothermic reactions, enthalpy of products is lower (heat is released) but temperature generally rises. My understanding of temperature is the average kinetic energy of the molecules that shows up in internal energy. On the other hand, h=u+p*rho ..so if temperature is higher it just seems to me that enthalpy should be high too. Where am I going wrong?

nikannow